Vacuum Elevator Furnace

Elevator Furnace Advantages Over Box-Type

Compared with traditional box furnaces, vacuum elevator furnaces offer distinct advantages in structure, safety, and performance:

Superior sealing performance: With a fixed top lid and bottom-lift platform, elevator furnaces have fewer sealing surfaces, making it easier to maintain stable vacuum or inert atmospheres. In contrast, box furnaces rely on door gaskets that wear over time.
Safer loading at high temperatures: Samples are loaded from below, avoiding direct contact with the hot chamber. This reduces burn risk and supports repeated high-temp operations. Box furnaces require manual front loading, exposing operators to residual heat.
Better temperature uniformity: The vertical symmetry of elevator furnaces ensures more even heat distribution, ideal for sintering or sensitive material processing. Side-door designs in box furnaces often result in localized heat loss.
Easier integration with gloveboxes or atmosphere systems: The lift platform design allows easy integration with gloveboxes or bottom-loading chambers, expanding its use in advanced laboratory and pilot-scale environments.

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Vacuum Atmosphere Elevator Furnace for Magnetic Materials

Industrial vacuum atmosphere elevator furnace for NdFeB, ferrite, and magnetic material sintering. Features ±5°C temperature uniformity, PLC automation, high vacuum -0.095MPa, 3000KG load capacity, and automatic debinding exhaust.

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1700℃ Vacuum Atmosphere Elevator Furnace

1700℃ vacuum atmosphere elevator furnace with rotation & stirring platform, ±1℃ precision, and multi-atmosphere processing. Ideal for ceramics, alloys & magnets.

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1200°C Corrosion-Resistant Lifting Furnace

1200°C Corrosion-Resistant Double-Platform Lifting Electric Furnace

This lifting furnace features dual heating platforms, corrosion-resistant construction, and precise temperature control up to 1200°C for efficient laboratory and industrial use

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1100°C Vacuum Atmosphere Lifting Furnace with VOC Gas Purification

This furnace offers precise temperature control up to 1100°C, stable vacuum atmosphere, lifting structure, and integrated filtration systems for environmentally compliant operation.

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1800°C VSF Vacuum Annealing Furnace for High-Temperature Heat Treatment

This furnace provides precise temperature control up to 1800°C, stable vacuum environment, and uniform heating for annealing advanced alloys and materials

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1000°C Atmosphere Lifting Electric Furnace

1000°C Atmosphere-Controlled Lifting Electric Furnace for Heat Treatment

This furnace features precise temperature control up to 1000°C, sealed atmosphere chamber, and a smooth lifting structure for safe, efficient thermal processing

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